Admissibility frontier · Edition 3

Expanded claim page · assertion 2 of 3

the missing coordinate depends on the declared slice

ConditionalTranslator

Works after a named field, coefficient, boundary condition or control is supplied. moves a structure between mathematical, physical or ordinary languages.

Exact assertion

A second gauge record can still do useful work on a declared slice. If \(c_{BB}=0\), the weak row \((-1/2,1)\) and the hypercharge row \((1/2,0)\) have nonzero determinant on \(A_2,c_{WW}\). A neutral-gauge measurement can then separate them after the measured fermion differences are removed. If \(c_{BB}\) is free, the two records retain the full \(2,1,-1\) null and no dimension-five experiment can assign all three origin labels separately.

What this commits us to

The construction is admitted only after the named additional input is supplied. The page records the dependency instead of hiding it inside the conclusion.

Logical anatomy

Scope

Chapter “The admissibility frontier”, section “the missing coordinate depends on the declared slice”. This is assertion 2 of 3 in that section.

Evidence posture

Identify the named external input and verify that the construction follows after it is supplied.

Research move

moves a structure between mathematical, physical or ordinary languages.

Verification route

  1. Recover the declared objects and assumptions from the controlling documents.
  2. Check the calculation, construction, obstruction or stopping rule on those same objects.
  3. Compare the source conclusion with the exact assertion above; do not strengthen its verbs or enlarge its domain.
  4. Apply the status rule and retain every named external dependency.

What would move or defeat this claim

Show that the named input is inconsistent, insufficient, unavailable, or fails to imply the claimed construction.

Source map

Controlling documents